170+ CSS transition Examples (Page 4)

An impactful loading icon built on stroke-dashoffset animation for an SVG circle and swinging @keyframes for the icon. A minimalistic jQuery script with setTimeout is used to manage the loading cycle by adding state classes.

A simple button group where the indicator’s position is calculated in JS based on the button’s data-num attribute - the offset is set via style.marginLeft, while the active state is animated using CSS.

Explore the technique of creating a three-line hamburger using a single <span> tag and two pseudo-elements, - which are then animated into an ‘X’ via a combination of CSS properties rotate(45deg) and translate.

The “Accordion/FAQ” functionality is implemented using pure JavaScript, which handles the click on the parent element and toggles the active class on the FAQ container. The visual highlight is the icon change via CSS display: none/block properties.

This interactive toggle switch demonstrates advanced animation work, where delayed class toggling in jQuery coordinates the knob movement and a stylish “color fill” text effect, created in CSS using overflow: hidden; and pseudo-elements.

An interactive timeline where JS synchronizes CSS transform: translateX for scrolling, background-position for parallax, and classes for sprite animation.

This simple counter demonstrates clean vanilla JavaScript functionality: counter management, class switching for instant color scheme change based on the number’s sign. The stylistic focus is on “Soft UI” aesthetics.

A sleek, animated segmented control using GSAP for smooth slide and a subtle 3D-like tilt effect on click, providing a polished micro-interaction.

This loader achieves a liquid-smooth animation by calculating progress on the JavaScript requestAnimationFrame loop and programmatically updating the CSS linear-gradient background property to create dynamic color shifts.

An advanced UI component demonstrating pure CSS capabilities to create a complex 3D flip effect, with the added use of animated SVG strokes and CSS variables for an instant change of color scheme and media content.

An ultra-lightweight slider showcasing a clean implementation of essential functionality (including infinite looping and arrow navigation) via direct CSS positioning manipulation using Vanilla JavaScript.

Showcases a stylish, interactive monster card slider, utilizing pure HTML and CSS for complex design, custom typography, and subtle image animations with a zoom/lift effect on hover.

A clean frontend implementation of an interactive button pair, where the history logic (Undo/Redo state) is managed by minimal Vanilla JS, and the rich clock rotation and dial animation is fully delegated to CSS transforms.

An interactive, responsive content component built on vanilla JavaScript (Swiper), highlighting CSS transitions for the slide change effect, complete with custom navigation and modular styling via SCSS for easy customization.

A slick, animated vertical tabs component styled with Tailwind CSS, leveraging Vue.js for reactive state management and utilizing CSS transform properties for ultra-smooth indicator movement.

An elegant implementation of the FLIP animation principle to create a stunning shared element transition between two views, where JS calculates the positions and CSS performs the inverse transform for a smooth change.

A simple example of dynamic shape and style modification of an element using JavaScript, clearly showing how to toggle CSS properties on a click event.

A simple yet effective horizontal slider built with Vanilla JavaScript controls the scroll via margin-left, leveraging 100vw CSS units for precise, full-viewport step movement.

This demo showcases a dynamic split-screen layout where hovering over a column triggers a full background image reveal and slides in a content box. The interactive effect is efficiently managed by toggling an .active class with a simple jQuery mouseover event, while all animations are handled purely by CSS transitions.

A sophisticated yet elegant content switching animation using dynamic CSS variables and @keyframes to create the “running dots” background effect. The background transition itself is achieved through a smooth scaling effect using transform-origin and translateX.

A pure CSS accordion based on native <details>/<summary> elements, where the standard marker is hidden, and a custom animated chevron arrow is created and controlled exclusively via clip-path: polygon() and the rotate property upon expansion.

A stylish custom layout (character profile card) built entirely on CSS positioning and content switching using HTML radio inputs without JavaScript, effectively creating pure CSS tabs.

A showcase of the creative application of clip-path to create an “unfolding” image effect on hover, where the interaction not only changes the shape but also uses z-index to elevate the element and overlap neighboring tiles.

This interactive component features a visually striking dropdown effect where the menu container morphs into shape using pure CSS animation of the SVG stroke-dashoffset property. It uses a separate SVG element with a Gaussian blur filter to create a subtle, soft shadow that follows the menu’s outline when expanded.

This is a fully responsive accordion slider built with vanilla JavaScript and CSS, handling both click and keyboard arrow events for seamless slide navigation.

An impressive menu example where all visuals are built with pure CSS and SVG. Clicking the burger icon triggers smooth animations for gradients, SVG arcs, and the background, while changing the overall page state with a single class.

This component builds an interactive hover-intent demonstrator by linking GUI configuration nodes to dynamic CSS transform-origin alignments and a View Transitions bloom animation. The logic drives a responsive text-inverting ::after pseudo-element with mix-blend-mode: difference that scales on hover, optionally injecting a brief intentional delay to optimize cursor path traversal. Because the transition states and the circular theme clipping rely on hardware-accelerated transforms and clip-paths, the interface retains fluid composited performance while offering high-fidelity, educational user feedback.